There is infinitely long straight thread carrying a charge with linear density `lambda`.Calculate the potential difference `A` and `B`.

There is an infinitely long straight thread carrying a charge with linear density lambda = 0.40 muC//m . Calculate the potentail difference between points I and 2 is removed eta = 2.0 times farhter from the thread than point 1.

An infinitely long straight conductor carrying a charge with a linear density +T and a point charge -Q are at a certain distance from each other. In which of the three regions (I, II or III) are there points that (a) lie on the line passing through tho point charge perpendicular to the conductor. and (b) at which ..th~ field strength is zero 1)

Consider an infinitely long straight uniformly charged wire with linear charge density lambda What is the net charge enclosed by the Gaussian surface ?

Consider an infinitely long straight uniformly charged wire with linear charge density lambda To find the electric field at P (located at a distance r from the line of charge), describe an appropriate Gaussian surface.

Consider an infinitely long straight uniformly charged wire with linear charge density lambda . Find the total electric flux through the Gaussian surface for the above mentioned charged wire .

An infinite thread of charge density lambda lies along z-axis. The potential difference between points A (4, 3, 4) and (3, 4, 0) is

An infinite thread of charge density lambda lies along z-axis. The potential difference between points A (4, 3, 4) and (3, 4, 0) is